116-93-636-41-003000

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Sockets for ICs, Transistors

116-93-636-41-003000 sockets are typically used for ICs, transistors and other semiconductor components in the electronics industry. Due to their small form factor, they have a wide range of applications ranging from narrow pitch, high frequency, analog circuits to devices that operate in extreme temperatures or require electromagnetic interference protection. In order to understand the application and working principle of 116-93-636-41-003000 socket, it is necessary to look at their design, construction, and features.

Design

The 116-93-636-41-003000 socket is a single-in-line socket and the assembly consists of a plastic base frame with integrated spring contact contacts on one side. The contacts are assembled to the baseframe with screws and the insulating and strain relief components are assembled directly to the baseframe with rivets. The termination end of the socket is made of a flexible flat cable (FFC) or if the application requires, it can also be a twisted pair cable. The contact spacing is specially designed to accommodate a range of different ICs.

Construction

The body of the 116-93-636-41-003000 socket is made of molded plastic, which is designed to act as an insulating barrier and as an anchor for the interconnect components. The plastic body is encapsulated in a housing with a top cover and bottom base, which are made from die-cast or stamped metal. The cover and base are held together by several screws. Inside the housing, the contacts are a set of spring-loaded contacts, arranged in a row. They are configured so that the contacts fit into the leads of the IC and provide the electrical connection.

Features

The 116-93-636-41-003000 sockets are designed to provide a tight electrical connection with the IC, with minimal insertion loss. This is achieved by using an accurately machined socket housing, which provides precise spacing and orientation of the contacts. The contacts used in the sockets are designed to provide high contact strength and a long life. The contacts are also designed to minimize the effect of EMI interference. Additionally, the sockets provide a tight latching mechanism, which prevents the IC from being accidentally removed from the socket.

Working Principle

The working principle of the 116-93-636-41-003000 sockets is simple. When an IC is inserted into the socket, the contacts of the socket are compressed and the leads of the IC fit into them. The contacts then secure the IC in the socket and make an electrical connection. This connection allows current to flow through the IC, thereby allowing it to operate as designed. The latching mechanism prevents the IC from being disconnected from the socket, which ensures reliable operation and prevents the loss of data or power.

Application in Electronics Industry

The 116-93-636-41-003000 sockets are widely used in the electronics industry, due to their high reliability and superior performance. They are used in a wide range of applications, including the manufacturing of television sets, computers, and other electronic products. They can also be used in high- temperature and high-frequency applications, as well as for electromagnetic interference protection. Furthermore, the sockets can be used in portable electronic devices, such as cell phones and digital cameras, due to their small form factor.

Conclusion

In conclusion, the 116-93-636-41-003000 sockets are used for ICs, transistors and other semiconductor components. They offer high reliability and superior performance, and are suitable for a wide range of applications. The working principle is simple; the IC is inserted into the socket and secured by latching mechanism, allowing current to flow through it. Finally, they are widely used in the electronics industry for televisions, computers and many other applications.

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